background image

6

5

10 mm

1

1

Tr

ansla

tion of the original instruc

tions

ENGLISH

2.3  FIXING THE PIT IN PLACE

Weld the rods
(900mm - Ø 20mm)
to the cage

Lay the metal cage in the hole and plumb it in. In order to limit the
entry of rain water into the pit, the upper level of the counterframe 
must be around 10mm higher than ground level, as shown to the left.

When the pit has been installed, lay one flexible sheath 

Ø

50mm 

between the connections for this purpose inside the metal pit (

1

-

10

) and the electronic board (

7

).

Pour class C30/37 concrete around the cage to secure it properly, up 
to about 10 cm from ground level. Wait a minimum of 7 days to allow 
the concrete to cure properly.

Lay the piping necessary for connecting the bollard, the control board 
and any additional devices and finish the road surface with the same 
type of concrete. 

N.B.: All piping must be laid in compliance with the applicable rules
in force.

Once the foundation cage has been constructed, secure the counter-
frame to the pit plate with the M10x25 screws (

5

).

Then, position the pit inside the cage (

6

), and weld four 900 mm 

- Ø20mm (

6

-

1

) rods to the cage

www.FastGateOpeners.com  |  (800) 878-7829  |  [email protected]

Summary of Contents for 116351

Page 1: ...J355HA M50 www FastGateOpeners com 800 878 7829 Sales FastGateOpeners com ...

Page 2: ...s currently in force 10 Beforeperforminganyoperationonthesystem disconnectthepowersupply 11 The power mains of the automation system must be fitted with a multi pole power switch with a switch contact gap of at least 3 mm It is advisable to use a 6A circuit breaker with a multi pole power switch 12 Ensure there is a residual current device with a 0 03 A threshold upstream of the system 13 Checktha...

Page 3: ...ards The cylinder is moved by a hydraulic unit inside the structure 1 2 TECHNICAL DESCRIPTIONS AND SPECIFICATIONS 1 Flashing LED 2 Head 3 Cylinder 4 High position magnetic contact N C 5 Junction box 6 4 stops devices upper position 7 Oil filler plug with dipstick 8 Hydraulic control unit 9 Lowering solenoid valve 10 Cable guides 11 EFO accumulator 12 Pressure switch 13 EFO solenoid 14 Ø 100 mm hol...

Page 4: ...re C 15 55 Weight of bollard and pit kg 850 bollard 235 pit Oil quantity l 1 6 standard version 6 7 EFO version Ingress protection IP66 Size See 2 Condenser 2 70μF 400V Resistance to breakage J 3 1852000 1 Check the oil level using the dipstick positioned under the filler cap 1 7 with the piston rod fully inside and the EFO system under pressure 2 The starting capacitor 70μF 400v is pre wired insi...

Page 5: ...STALLATION 2 1 CONFIGURATION A flexible hose with a diameter of Ø100 mm should be fitted for drainage Dig the hole to a depth of approximately 1 85 m Dimensions in mm UNPROTECTED AREA IMPACT DIRECTION PROTECTED AREA Ground Excavation www FastGateOpeners com 800 878 7829 Sales FastGateOpeners com ...

Page 6: ...nstructions ENGLISH 2 2 CONSTRUCTION OF THE FOUNDATION CAGE Build the foundation cage not supplied by FAAC as shown in 4 using the Ø 12mm and Ø 20 mm iron rods CLASS B450C www FastGateOpeners com 800 878 7829 Sales FastGateOpeners com ...

Page 7: ... electronic board 7 Pour class C30 37 concrete around the cage to secure it properly up to about 10 cm from ground level Wait a minimum of 7 days to allow the concrete to cure properly Laythepipingnecessaryforconnectingthebollard thecontrolboard and any additional devices and finish the road surface with the same type of concrete N B All piping must be laid in compliance with the applicable rules ...

Page 8: ... 30 pursuant to UNI EN 12620 The bollard must only be installed once the concrete has cured for at least 7 days The compaction index of the surrounding soil should be at least 90 of the optimal Proctor curve pursuant to the UNI EN 13286 2 2005 standard The steel reinforcement complies with the B450C class ASTM A615 Grade 60 Whilst the concrete is curing insert one or more of contrast supports insi...

Page 9: ...andpassedthrough the cable guides provided on the pit sheet 8 1 and through the two corrugated conduits supplied with the pit Pass the wires through on the guides on the bollard frame as per as 8 2 then connect the corrugated conduits to the supports on the bollard frame as indicated in 8 3 Complete the electrical connections in the terminal box at the side of the bollard as shown in 14 Any additi...

Page 10: ...rd resting it against the coun terframe remove the two eye bolts 11 1 and fix the bollard in place using the 24 TCEI M24x50 screws supplied with the pit IMPORTANT Tighten the screws to a torque of 50Nm 2 6 FIXING THE TOP COVER Afterfixingthebollardinplace completetheinstallationbyposition ingandfixingthetopcoverwiththesixM8x40steelscrewsprovided Screw the two male M20 eye bolts onto the upper part...

Page 11: ...crewandremovethefourTORXT30screwssecuringthecover of the hydraulic control unit in place 13 1 4 Remove the cover of the hydraulic control unit 5 Unscrewthelocknut 13 2andloosenthescrew 13 3tomove the cylinder downwards 2 9 AUTOMATIC OPERATION To restore automatic operation 1 Turn the screw 13 4 until the stop point in order to restore automatic operation 2 Tighten the lock nut 13 5 3 Repositionthe...

Page 12: ... pressure switch EFO solenoid valve Heater optional Refer to the diagram below EFO N O connection activtes also in case of black out EFO N C connection voluntary activation only Before performing any work on the electronic equipment connections maintenance always turn the power off Install a differential thermal breaker upstream with adequate tripping threshold 0 03A Connect the ground cable to th...

Page 13: ... Y 7 PresstheFbuttonandholditdownwhilstsimultaneouslypressing the button to exit programming screen and save the changes made For more information on programming the equipment please refer to the relevant instructions 3 3 TROUBLESHOOTING Below are a series of tips to help identify and solve a number of particular issues CONDITION SUGGESTION The bollard will not rise it remains in the low position ...

Page 14: ... STOP LOOP 1 LOOP 2 LOOP 2 LOOP 1 CLOSE FSW EMERGENCY OUT 1 OUT 2 OUT 3 GND GND 24 V 24 V OUT 3 3 7 11 13 1 dF 06 LO C 3 03 Y 4 LO Cu F F F F F F F F F F 10 s F F 10 s Translation of the original instructions ENGLISH 3 4 CONNECTING SEVERAL BOLLARDS MASTER SLAVE Youcanoperatemorethanonebollardsimultaneously andthesecanbeinterconnectedusingthecorrespondingJE275deviceintheMASTER SLAVE configuration F...

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